Fully Automatic Tissue Paper Making Machine: A Complete Guide

A fully automatic tissue paper making machine is an integrated production line that converts jumbo parent rolls into finished retail products—toilet rolls, kitchen towels, or coreless tissue—with minimal manual input. Unlike semi-automatic setups, this system handles every stage autonomously, from core feeding and embossing to perforation, trimming, and rewinding. For investors entering the tissue converting industry, this technology eliminates excessive labor dependency, reduces per-unit production cost, and delivers consistent roll quality at scale. This guide covers how these machines work, what to look for when buying, and how HENGYU's HY-1575 model supports new and upgrading factories worldwide.

 

How Does a Fully Automatic Tissue Paper Making Machine Work?

Knowing the steps in the production process helps buyers decide if a machine will work with the way they run their business. Understanding this workflow is essential when investing in a fully automatic tissue paper making machine.

The Core Conversion Workflow

A parent roll up to 2200 mm wide and 1500 mm in diameter is put on the unwinding stand to start the process. Paper web goes through the embossing machine, where designs are pressed into the sheet to make it softer and better at absorbing water. After that, it goes through the perforation station, which makes precise tear lines. After the holes are punched, the rewinding unit wraps the web around a paper core (with an inner diameter of 30–50 mm, which can be changed) or makes rolls with no core at all. Finally, the log goes through the cutting machine, which cuts it into rolls with a finished width of 40–150 mm. The line is finished by the tissue packing machine.

Automation Technologies Inside the Machine

A PLC-based control architecture keeps the HY-1575 from HENGYU in sync with all of its functional units through a touch-screen panel. Variable frequency drives keep the web tension even when the speed changes. This keeps the web from tearing when it's being rewound at up to 200m/min. The auto core feeding method places the cores precisely mechanically, so you don't have to do it by hand between rounds. When a piece of paper breaks, infrared sensors stop the line right away, before the materials start to pile up. The length of the rewind, the number of rolls per log, and the pitch of the perforations are all set digitally, and changes are made in seconds.

Key Features and Benefits of Fully Automatic Tissue Paper Machines

People who are buying machines often only look at the numbers on paper. The difference in daily production output, scrap rates, and user tiredness levels over the course of a full shift show what the difference is in real life. These fully automatic tissue paper making machines offer significant operational advantages.

• High-speed output with low power draw: The machine can reach its top speed of 200m/min while using only 4kw of power. This mix keeps energy costs low even during long production runs, which is a big plus for factories that are trying to make ends meet.
• Precision perforation at ±2mm pitch error: The 3 mm:1 mm perforation line ratio makes sure that every roll has clean, even tear lines. When rolls tear unevenly at retail, it hurts how people think of the brand. This specification directly stops that from happening.
• Coreless roll capability as standard: The machine comes ready to make coreless rolls, which is a type of product that gets higher prices in a number of new retail markets, so you don't have to buy an extra attachment.
• Three embossing configurations: There are three different types of embossing methods that can be customized: steel-wool, steel-rubber, and glue. With the same base machine, makers can aim for different selling price points because each setup creates a unique surface texture and bulk profile.

These benefits directly address the two biggest problems that small and medium-sized converting plants say they have: needing a lot of staff and not knowing what the quality of the rolls will be. When only two to four people are needed to run the whole line, the cost of labor per ton goes down a lot compared to semi-automatic systems that need eight to twelve workers.

Fully Automatic vs. Semi-Automatic Tissue Paper Machines: Which Is Right for Your Business?

To be honest, the answer depends on your monthly volume goal and the amount of money you have available, not on which type of machine sounds more advanced. Choosing a fully automatic tissue paper making machine represents a major shift in production scale.

Where Semi-Automatic Equipment Still Makes Sense?

Semi-automatic lines are easier to buy up front and work well in places where labor is cheap and stable and where the production rate is less than 50 tons per month. By intervening manually between stations, operators can be flexible during irregular production runs or when switching products often without having to re-program.

When Full Automation Pays for Itself?

Once monthly production goals reach 80–100 tons, the difference in labor costs on a semi-automatic line usually becomes bigger than the price difference between the two types of machines within 12–18 months. The HY-1575's touch-screen rewinding length control lets you quickly change formats without having to make any mechanical changes. This makes it useful for private-label makers who have to meet the needs of many clients with different roll specs. The clearest case for upgrading is a factory that processes 100 to 300 tons of material per month on old, semi-automatic equipment. The ROI window is short, and the practical increase starts right away.

How to Choose and Procure a Fully Automatic Tissue Paper Making Machine?

Define Your Production Requirements Before Contacting Suppliers

Figure out what you need for production before you call suppliers. Figure out how many tons you want to produce each day, what width range of finished rolls your market needs, whether coreless production is important to you, and how much floor room you have available. The fully automatic tissue paper making machine takes up 4300 x 3320 x 1700 mm, which is a manageable amount of space in a mid-size industrial bay. Before you ask for a price, make sure you know what your local power source standard is (220V, 380V, or 415V, 50–60Hz). Electrical compatibility affects how long it takes to install.

Evaluate Suppliers on Verifiable Criteria

Use criteria that can be checked to judge suppliers. Ask for CE and ISO 9001 certificates with registration numbers that can be checked when evaluating a supplier. Ask for a video of the plant showing the exact model moving, not just a picture of it in the store. Case studies from clients in the same market are more reliable than general testimonials, so ask for examples from clients in your country or area. HENGYU is certified by CE and ISO 9001, and buyers who can't visit the factory can do pre-shipment video inspections instead.

Understand the Full Cost Structure

Know how much everything costs. A clear quote should list the price of the machine, the cost of shipping it to the port, the FOB or CIF charges, and any extra units that are needed, such as an embossing configuration or a spare parts package. For this type of item, standard payment terms are T/T with a 30% deposit due when the order is confirmed. From the time the deposit is confirmed, the HY-1575 takes 30 to 45 days to be delivered. There is remote video installation help, an English-language user guidebook, and lifetime online technical support. This means that there is no need for local engineering resources during commissioning.

Maintenance Tips and Best Practices for Fully Automatic Tissue Paper Machines

Daily and Weekly Maintenance Tasks

Regular maintenance keeps your investment safe and stops unplanned downtime. At the start of each shift, make sure that all the moving parts and chain drives are well oiled. Once a week, check the edges of circular blades for wear and change them before the obvious damage affects the quality of the cut. At the end of each production day, clean the surface of the embossing roller so that fibers don't build up and lose their depth over time. A fully automatic tissue paper making machine requires consistent care to maintain peak efficiency.

Preventive Maintenance Schedule

Every 500 hours of use, the embossing unit should be deep cleaned, the calibration of the tension monitor should be checked, and the PLC wire harness should be looked at for wear caused by heat. HENGYU offers a quality guaranty for one year and an extra parts package to cover the parts that wear out the fastest during the first few months of use. When an unfamiliar fault code shows up on the touch-screen panel, HENGYU's technical team answers via video call to figure out what's wrong and fix it without having to wait for a worker to arrive on-site. This cuts down on downtime.

Conclusion

Buying a fully automatic tissue paper making machine is a practical and cost-effective way to start making tissues. The HENGYU HY-1575 combines rewinding, cutting, and packing into a single line. It runs on 4kw power and needs 2–4 staff, and it comes with all the paperwork, CE/ISO certification, and online installation support. Whether you are starting your first production line or replacing old semi-automatic equipment, the machine's coreless capability, customizable core diameter, and embossing options will help you make your products stand out from the start.

FAQ

How much floor space does this production line require?

It's 4300mm long, 3320mm wide, and 1700mm high. You should leave more space around the machine so that you can move workers, store raw materials, and move finished goods. A good rough guess for a single-line setup is a total bay area of about 80 to 120 square meters.

Can the machine handle different paper weights?

The machine can handle parent paper with gram weights of 13 to 22g/m². The PLC-controlled tension control system changes the draw speed to adapt to changes within this range. This lowers the chance that the web will break when the grade changes.

What voltage configurations are available?

The machine can work with power supplies that are 220V, 380V, or 415V, and it can handle both 50Hz and 60Hz. When you ask for a quote, make sure you include your facility's supply specifications. This way, the electrical panel will be set up properly before it is shipped.

Is coreless roll production included as standard?

Yes. The HY-1575 comes with the ability to make coreless rolls as standard, so you don't have to buy an extra one. For coreless mode, the minimum parent roll width that should be used is 1300mm.

What does the after-sales support package include?

HENGYU offers a one-year warranty on the machine, a spare parts package with high-wear parts, an English-language operator manual, and free video call technical support for life.

Request Your Custom Quote from HENGYU — Trusted Fully Automatic Tissue Paper Making Machine Manufacturer

Everyone that HENGYU ships a machine to has worked on making tissue machines for more than 20 years. When you buy the HY-1575 fully automatic tissue paper making machine from hytissuemachine.com, it comes with CE and ISO 9001 certification, remote video installation help, and free technical support for life. Send your manufacturing needs and power source details to doris@hytissuemachine.com, and you'll get a full CIF/FOB quote that fits your factory setup.

References

1. TAPPI — Tissue Product Manufacturing: Process Technology and Equipment Overview, TAPPI Press, 2021.

2. Smithers Pira — The Future of Tissue to 2027, Smithers Pira Market Intelligence Report, 2022.

3. FAO — Pulp and Paper Capacities: Survey 2021–2026, Food and Agriculture Organization of the United Nations, 2022.

4. PITA (Paper Industry Technical Association) — Paper Technology Journal: Automation in Tissue Converting, Vol. 63, 2022.

5. Grand View Research — Tissue Paper Market Size, Share & Trends Analysis Report, Grand View Research, 2023.

6. EUCEPA — European Paper Week Technical Proceedings: Energy Efficiency in Tissue Machinery, European Confederation of Pulp, Paper and Board Industries, 2021.